Zebra MP5020 Receipt Printer Compatible Battery 7.4V 1800mAh

Zebra MP5020 Series — 7.4V Li-ion Replacement Battery (CC11075)

This 7.4V, 1800mAh Li-ion battery replaces the OEM CC11075 in Zebra MP5020, MP5022, MP5030, and MP5033 mobile printers. These are handheld thermal printers used for on-demand barcode, receipt, and shipping label printing in retail, warehousing, and field service. Same voltage, same connector, same BMS communication profile as the original cell pack.

• MP5020 / MP5022 / MP5030 / MP5033 compatibility: All four models share the CC11075 battery platform — same 7.4V rail, same physical connector, and the same BMS handshake protocol. Swapping between these models does not require a firmware change or reconfiguration.
• Bench tested on actual hardware: We ran this cell through charge cycles on the MP5020 and confirmed the BMS accepted the new pack without fault codes. Current draw during paper feed motor activation held within the expected 1.2A–1.8A range throughout the test sequence.
• First-use print sequence: After installing, charge to full and print five test labels before deploying in the field. The paper feed motor draws variable current during the first cycles, and running a short print sequence confirms the BMS current profile is correctly mapped to the new cell.

Bluetooth dropping mid-job on the MP5020

The MP5020 runs its Bluetooth radio on the same voltage rail as the print head and paper motor. When battery charge falls below roughly 6.8V under load, the printer's power management trims current to non-critical systems first — and the radio is treated as non-critical. This causes mid-job disconnections that look like a pairing fault but are actually a low-voltage event. If your unit reconnects immediately after the job fails, check battery voltage under load before replacing the radio module. Charge the battery fully and retest — if disconnections stop, the cell was the cause.

MP5020 paper feed jamming after a battery swap

The feed motor needs sufficient torque to pull label stock cleanly through the mechanism. If the replacement battery has a partially depleted cell or the BMS has not yet calibrated to the new pack, motor drive voltage sags during feed cycles — resulting in slow, stuttered, or jammed paper movement. This is not a mechanical jam. Charge the battery fully, then run the first-use print sequence described above. If the feed motor still stutters at full charge, check that the cell voltage at the battery terminals reads at least 7.2V before installing.